Central Washington University

What you'll study

The programme blends applied engineering and construction subjects to give a rounded understanding of how buildings and infrastructure are designed, constructed and maintained. Core topics typically include construction materials and methods, surveying and site development, structural fundamentals, construction drawings and CAD drafting, building information modelling (BIM), construction estimating and cost control, project scheduling (including CPM/PERT techniques), construction safety and quality management.

Instruction combines classroom theory with laboratory and field work: material testing labs, surveying field exercises, construction mock-ups and software laboratories for CAD and BIM. The curriculum normally culminates in a senior capstone project or practicum where teams plan and deliver a simulated or real construction project. Elective options allow students to deepen study in areas such as reinforced concrete and steel systems, sustainable construction, heavy civil construction, or construction law and contracts.

Entry requirements

Applicants are normally expected to hold a high school diploma or equivalent with a solid foundation in mathematics and science. Recommended preparation includes algebra, geometry, trigonometry and at least one course in physics. Colleges/universities typically require submission of official transcripts; mature applicants with relevant work or trade experience may be considered. International applicants should provide evidence of English language proficiency where required.

Beyond minimum academic credentials, successful candidates often demonstrate technical aptitude, practical problem‑solving skills and an interest in hands‑on learning. Students with prior construction, trades or CAD experience may be better positioned for advanced standing or accelerated progression through lab‑based modules.

Career prospects

Graduates move into a range of positions across the construction industry and allied sectors. Typical roles include construction engineer or field engineer, project engineer, estimating technician, scheduler, site superintendent, construction superintendent, quality/control inspector, BIM coordinator and facilities maintenance manager. Many graduates also work for general contractors, specialty contractors, consulting firms, public agencies or construction management companies.

Career progression often involves taking on greater supervisory responsibility, specialising in estimating, scheduling or BIM, or obtaining professional certifications such as construction management credentials, safety qualifications (e.g. OSHA), or project management certifications. Graduates may also choose to continue academic study in related master’s programmes or professional engineering paths where appropriate.

Why study at Central Washington University

Central Washington University emphasises applied, career‑oriented education with relatively small class sizes and close faculty contact. The Construction Engineering Technology programme provides hands‑on learning through dedicated labs, field exercises and industry projects that mirror real workplace tasks. Faculty typically have practical industry experience and maintain links with regional contractors and agencies to support internships and employment pathways.

Students benefit from the university’s regional industry connections in the Pacific Northwest, opportunities for cooperative education or practicum placements, and campus support services such as career counselling, student organisations related to construction and technology, and workshops on resume and interview preparation. The mix of technical instruction and practical experience is designed to prepare graduates to enter the construction workforce with applied skills employers value.